Effects of anthropogenic noise on anuran amphibians
Bioacoustics,
Journal Year:
2022,
Volume and Issue:
32(1), P. 90 - 120
Published: May 22, 2022
Anthropogenic
noise
is
widespread
in
nature
and
has
been
shown
to
produce
a
plethora
of
impacts
on
wildlife.
Sounds
play
fundamental
role
the
lives
amphibians,
with
species
relying
acoustic
communication
for
social
reproductive
behaviour,
thus
can
potentially
interfere
these
activities.
Here,
we
provide
literature
review
effects
anthropogenic
anuran
based
32
studies
(63
from
14
families)
that
document
noise-driven
changes
physiology
ecology
caused
by
urbanisation,
transportation
energy
production.
Experimental
observational
found
evidence
both
airborne
seismic
influence
calling
activity,
consequences
mate
selection,
induce
physiological
including
increased
stress,
suppressed
immune
function
colouration
changes.
Negative
abundance
attendance
over
season
were
reported.
Even
though
adaptations
behavioural
adjustments
enable
respond
noises,
it
yet
be
understood
whether
alleviate
negative
impacts.
Furthermore,
collaborative
efforts
between
scientists,
stakeholders
private/public
institutions
are
imperative
create
conservation
guidelines
legal
instruments
implemented
during
urban
expansion
projects
mitigate
pollution
amphibian
anurans.
Language: Английский
Anthropogenic noise affects insect and arachnid behavior, thus changing interactions within and between species
Current Opinion in Insect Science,
Journal Year:
2021,
Volume and Issue:
47, P. 142 - 153
Published: July 10, 2021
Language: Английский
Wind Turbine Noise Behaviorally and Physiologically Changes Male Frogs
Biology,
Journal Year:
2022,
Volume and Issue:
11(4), P. 516 - 516
Published: March 27, 2022
As
the
advantages
of
wind
energy
as
an
eco-friendly
strategy
for
power
generation
continue
to
be
revealed,
number
offshore
farms
also
increases
worldwide.
However,
turbines
can
induce
behavioral
and
physiological
responses
in
animals
by
emitting
various
types
noises.
In
this
study,
we
investigated
behavioral,
physiological,
immunological
male
Japanese
tree
frogs
(Dryophytes
japonicus)
when
exposed
turbine
noise.
To
determine
effects
during
breeding
season,
were
collected
from
areas
with
without
turbines.
Additionally,
recorded
noise
at
a
site
generator
1
h
24
analyze
short-term
effects.
Three
calling
patterns
(dominant
frequency,
note
duration,
call
rate)
analyzed
investigate
responses.
Physiological
assessed
using
two
steroid
hormones
assays,
namely
testosterone
corticosterone
detection
saliva.
The
immunity
each
individual
was
bacterial
killing
assay.
group
field
had
higher
rate
levels
lower
than
present,
all
three
these
variables
correlated
other.
Conversely,
exposure
experiment,
only
observed
post-exposure
compared
pre-exposure.
Thus,
seems
decreased
increase
investment
that
triggers
response
rather
acting
sole
leads
direct
corticosterone.
This
due
tradeoff
or
change
disease
epidemiology
population
create
new
adaptive
habitats.
Language: Английский
Study on sound absorption model of porous asphalt concrete based on three-dimensional morphology of air voids
Construction and Building Materials,
Journal Year:
2022,
Volume and Issue:
338, P. 127537 - 127537
Published: April 29, 2022
Language: Английский
Influence of conspecifics and road noise on the properties of the advertisement call of Phyllodytes luteolus (Anura, Hylidae)
Ecology and Evolution,
Journal Year:
2024,
Volume and Issue:
14(8)
Published: Aug. 1, 2024
Abstract
Acoustic
communication
in
animals
can
be
affected
by
multiple
biotic
(intra
and
interspecific)
abiotic
(e.g.,
wind
rain)
natural
noises.
In
addition,
human
beings
produce
additional
novel
sources
of
noise,
which
reduce
or
inhibit
the
reception
acoustic
signals
conspecifics,
leading
to
behavioral
changes.
this
study,
we
investigated
whether
sound
conspecifics
road
noise
additively
affect
parameters
advertisement
call
males
a
Yellow
Heart‐tongued
Frog
(
Phyllodytes
luteolus
).
We
hypothesized
that
vocalize
choruses
(males
calling
nearby)
areas
close
highways
(anthropic
noise)
will
increase
their
temporal
spectral
parameters,
respectively,
avoid
signal
masking.
recorded
vocalizations
38
environments
N
=
18)
distant
20)
from
different
social
contexts
(many
few
individuals
nearby).
Contrary
our
expectation,
results
indicated
had
lower
dominant
frequency
calls
than
those
(far
highways),
density
chorus
no
influence
on
parameters.
Furthermore,
found
positive
relationship
between
body
size
intensity,
indicating
larger
emit
reach
greater
distances.
The
has
high
frequency,
with
little
overlap
anthropic
noises
(roads),
may
explain
its
presence
reproductive
success
species
bromeliads
urbanized
areas.
Language: Английский
Potential effects of traffic noise on anuran call characteristics in Louisiana, USA during winter
Ecology and Evolution,
Journal Year:
2024,
Volume and Issue:
14(7)
Published: June 30, 2024
Abstract
Urban
environments
expose
wildlife
to
levels
of
anthropogenic
noise
they
would
not
experience
in
rural
areas
(e.g.,
traffic
noise),
and
research
suggests
that
many
species
adjust
their
acoustic
signals
for
optimal
transmission
urban
soundscapes.
However,
our
understanding
anuran
(order
Anura)
responses
pollution
the
southeastern
United
States
is
limited,
particularly
can
breed
during
winter.
Our
goal
was
examine
how
vocal
advertisement
call
characteristics
winter
varied
with
increasing
distance
from
roadways
bottomland
hardwoods
Louisiana,
USA.
We
deployed
recording
units
at
two
sites
(i.e.,
urban)
perpendicular
Interstate
10
200‐,
400‐,
600‐m
intervals
close,
middle,
far)
November
2019
January
2020.
detected
Cajun
Chorus
Frogs
(
Pseudacris
fouquettei
)
Cricket
Acris
spp.)
site,
only
site.
At
produced
longer
duration
notes
far
location
compared
middle
location.
higher
dominant
frequency
calls
close
locations
were
unable
account
additional
factors
models
temperature,
levels),
but
results
generally
align
previous
research.
study
provides
baseline
data
future
potential
effects
on
similar
environmental
conditions
species.
Language: Английский
Calling and foot‐flagging: Territory competition behavior of two male Buergeria otai
Chun‐Kai Yang
No information about this author
Ecology,
Journal Year:
2022,
Volume and Issue:
103(4)
Published: Feb. 8, 2022
The
authors
declare
no
conflict
of
interest.
Data
(Yang,
2021)
are
available
from
Figshare
at
https://doi.org/10.6084/m9.figshare.14813571.v1.
Video
S1
Legend
Please
note:
publisher
is
not
responsible
for
the
content
or
functionality
any
supporting
information
supplied
by
authors.
Any
queries
(other
than
missing
content)
should
be
directed
to
corresponding
author
article.
Language: Английский
INFLUENCE OF CONSPECIFICS AND ROAD NOISE ON THE PROPERTIES OF THE ADVERTISEMENT CALL OF PHYLLODYTES LUTEOLUS (ANURA, HYLIDAE)
Authorea (Authorea),
Journal Year:
2023,
Volume and Issue:
unknown
Published: Jan. 5, 2023
Acoustic
communication
in
animals
can
be
affected
by
multiple
biotic
(intra
and
interspecific)
abiotic
(e.g.,
wind
rain)
natural
noises.
In
addition,
human
beings
produce
additional
novel
sources
of
noise,
which
reduce
or
inhibit
the
reception
acoustic
signals
conspecifics,
leading
to
behavioral
changes.
this
study,
we
investigated
whether
sound
conspecifics
road
noise
additively
affect
parameters
advertisement
call
males
a
Yellow
Heart-tongued
Frog
(Phyllodytes
luteolus).
We
hypothesized
that
vocalize
larger
choruses
(many
males)
areas
close
highways
(anthropic
noise)
will
increase
their
temporal
spectral
parameters,
respectively,
avoid
signal
masking.
recorded
vocalizations
38
environments
(N=18)
distant
(N=20)
from
different
social
contexts
few
individuals
chorus).
Contrary
our
expectation,
results
indicated
exposed
had
lower
dominant
frequency
calls
than
those
areas,
density
chorus
no
influence
on
parameters.
Furthermore,
found
positive
relationship
between
body
size
intensity,
indicating
emit
reach
greater
distances.
The
Phyllodytes
luteolus
has
high
frequency,
with
little
overlap
anthropic
noises
(roads),
may
explain
its
presence
reproductive
success
species
bromeliads
urbanized
areas.
Language: Английский
Changes in call properties of Boana pulchella (Anura, Hylidae) in response to different noise conditions
Current Zoology,
Journal Year:
2023,
Volume and Issue:
70(4), P. 548 - 556
Published: Aug. 25, 2023
Abstract
The
increasing
expansion
of
urban
areas
leads
to
the
emergence
new
noisy
environments
that
can
affect
animal
communication.
Calls
play
a
crucial
role
in
mating
displays
anurans,
and
negative
impact
anthropogenic
noise-induced
auditory
masking
has
been
reported
several
species.
We
investigated
acoustic
variation
96
males
(n
=
971
calls)
treefrog
Boana
pulchella
across
acoustically
undisturbed
sites
different
noise
conditions,
associated
with
(URBAN)
roads
(ROAD),
Central
Argentina.
analyzed
effect
conditions
on
6
temporal
(call
duration
[CD],
intercall
interval,
first
second
note
duration,
internote
call
rate)
3
spectral
(dominant
frequency
note,
difference
between
them)
properties.
effects
temperature
size
acoustical
variables
were
controlled.
observed
differences
all
attributes
among
except
for
interval.
Males
exposed
URBAN
ROAD
exhibited
significant
changes
CD,
dominant
them.
had
longest
while
individuals
displayed
increased
rates.
Interestingly,
immediate
rate
direct
response
passing
heavy
vehicles.
Our
study
emphasizes
characteristics
B.
calls.
Understanding
how
animals
adapt
is
mitigating
adverse
urbanization
their
communication
systems.
Future
investigations
should
explore
whether
adjustments
are
effective
avoiding
or
consequences
reproductive
success.
Language: Английский